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|
<?php
/* vim: set expandtab sw=4 ts=4 sts=4: */
/**
* Server synchronisation functions.
*
* @package PhpMyAdmin
*/
if (! defined('PHPMYADMIN')) {
exit;
}
/**
* Places matching tables in source and target databases in $matching_tables
* array whereas $uncommon_source_tables array gets the tables present in
* source database but are absent from target database. Criterion for
* matching tables is just comparing their names.
*
* @param array $trg_tables array of target database table names,
* @param array $src_tables array of source database table names,
* @param array &$matching_tables empty array passed by reference to save
* names of matching tables,
* @param array &$uncommon_source_tables empty array passed by reference to save
* names of tables present in source database
* but absent from target database
*
* @return void
*/
function PMA_getMatchingTables($trg_tables, $src_tables, &$matching_tables,
&$uncommon_source_tables
) {
for ($k=0; $k< count($src_tables); $k++) {
$present_in_target = false;
for ($l=0; $l < count($trg_tables); $l++) {
if ($src_tables[$k] === $trg_tables[$l]) {
$present_in_target = true;
$matching_tables[] = $src_tables[$k];
}
}
if ($present_in_target === false) {
$uncommon_source_tables[] = $src_tables[$k];
}
}
}
/**
* Places tables present in target database but are absent from source database
*
* @param array $trg_tables array of target database table names,
* @param array $matching_tables matching tables array containing names
* of matching tables,
* @param array &$uncommon_target_tables empty array passed by reference to save
* names of tables presnet in target database
* but absent from source database
*
* @return void
*/
function PMA_getNonMatchingTargetTables($trg_tables, $matching_tables,
&$uncommon_target_tables
) {
for ($c=0; $c<count($trg_tables); $c++) {
$match = false;
for ($d=0; $d < count($matching_tables); $d++) {
if ($trg_tables[$c] === $matching_tables[$d]) {
$match=true;
}
}
if ($match === false) {
$uncommon_target_tables[] = $trg_tables[$c];
}
}
}
/**
* Finds the difference in source and target matching tables by
* first comparing source table's primary key entries with target table enteries.
* It gets the field names for the matching table also for comparisons.
* If the entry is found in target table also then it is checked for the remaining
* field values also, in order to check whether update is required or not.
* If update is required, it is placed in $update_array
* Otherwise that entry is placed in the $insert_array.
*
* @param string $src_db name of source database
* @param string $trg_db name of target database
* @param db_link $src_link connection established with source server
* @param db_link $trg_link connection established with target server
* @param array &$matching_table array containing matching table names
* @param array &$matching_tables_fields A two dimensional array passed by
* reference to contain names of fields for
* each matching table
* @param array &$update_array A three dimensional array passed by
* reference to contain updates required
* for each matching table
* @param array &$insert_array A three dimensional array passed by
* reference to contain inserts required
* for each matching table
* @param array &$delete_array Unused
* @param array &$fields_num A two dimensional array passed by
* reference to contain number of fields
* for each matching table
* @param int $matching_table_index Index of a table from $matching_table
* array
* @param array &$matching_tables_keys A two dimensional array passed by
* reference to contain names of keys for
* each matching table
*
* @return void
*/
function PMA_dataDiffInTables($src_db, $trg_db, $src_link, $trg_link,
&$matching_table, &$matching_tables_fields, &$update_array, &$insert_array,
&$delete_array, &$fields_num, $matching_table_index, &$matching_tables_keys
) {
if (isset($matching_table[$matching_table_index])) {
$fld = array();
$fld_results = PMA_DBI_get_columns(
$src_db, $matching_table[$matching_table_index], null, true, $src_link
);
$is_key = array();
if (isset($fld_results)) {
foreach ($fld_results as $each_field) {
$field_name = $each_field['Field'];
if ($each_field['Key'] == 'PRI') {
$is_key[] = $field_name;
}
$fld[] = $field_name;
}
}
$matching_tables_fields[$matching_table_index] = $fld;
$fields_num[$matching_table_index] = count($fld);
$matching_tables_keys[$matching_table_index] = $is_key;
$source_result_set = PMA_getColumnValues(
$src_db, $matching_table[$matching_table_index], $is_key, $src_link
);
$source_size = count($source_result_set);
$trg_fld_results = PMA_DBI_get_columns(
$trg_db, $matching_table[$matching_table_index], null, true, $trg_link
);
$all_keys_match = true;
$trg_keys = array();
if (isset($trg_fld_results)) {
foreach ($trg_fld_results as $each_field) {
if ($each_field['Key'] == 'PRI') {
$trg_keys[] = $each_field['Field'];
if (! (in_array($each_field['Field'], $is_key))) {
$all_keys_match = false;
}
}
}
}
$update_row = 0;
$insert_row = 0;
for ($j = 0; $j < $source_size; $j++) {
$starting_index = 0;
$update_field = 0;
if (isset($source_result_set[$j]) && ($all_keys_match)) {
// Query the target server to see which rows already exist
$trg_select_query = "SELECT * FROM " . PMA_Util::backquote($trg_db) . "."
. PMA_Util::backquote($matching_table[$matching_table_index])
. " WHERE ";
if (count($is_key) == 1) {
$trg_select_query .= PMA_Util::backquote($is_key[0])
. "='" . $source_result_set[$j] . "'";
} elseif (count($is_key) > 1) {
for ($k=0; $k < count($is_key); $k++) {
$trg_select_query .= PMA_Util::backquote($is_key[$k])
. "='" . $source_result_set[$j][$is_key[$k]] . "'";
if ($k < (count($is_key)-1)) {
$trg_select_query .= " AND ";
}
}
}
$target_result_set = PMA_DBI_fetch_result(
$trg_select_query,
null,
null,
$trg_link
);
if ($target_result_set) {
// Fetch the row from the source server to do a comparison
$src_select_query = "SELECT * FROM "
. PMA_Util::backquote($src_db) . "."
. PMA_Util::backquote($matching_table[$matching_table_index])
. " WHERE ";
if (count($is_key) == 1) {
$src_select_query .= PMA_Util::backquote($is_key[0])
. "='" . $source_result_set[$j] . "'";
} elseif (count($is_key) > 1) {
for ($k=0; $k< count($is_key); $k++) {
$src_select_query .= PMA_Util::backquote($is_key[$k])
. "='" . $source_result_set[$j][$is_key[$k]] . "'";
if ($k < (count($is_key) - 1)) {
$src_select_query .= " AND ";
}
}
}
$src_result_set = PMA_DBI_fetch_result(
$src_select_query,
null,
null,
$src_link
);
/**
* Comparing each corresponding field of the source and target
* matching rows. Placing the primary key, value of primary
* key, field to be updated, and the new value of field to
* be updated in each row of the update array.
*/
for ($m = 0; ($m < $fields_num[$matching_table_index]) && ($starting_index == 0) ; $m++) {
if (isset($src_result_set[0][$fld[$m]])) {
if (isset($target_result_set[0][$fld[$m]])) {
if (($src_result_set[0][$fld[$m]] != $target_result_set[0][$fld[$m]]) && (! (in_array($fld[$m], $is_key)))) {
if (count($is_key) == 1) {
if ($source_result_set[$j]) {
$update_array[$matching_table_index][$update_row][$is_key[0]] = $source_result_set[$j];
}
} elseif (count($is_key) > 1) {
for ($n=0; $n < count($is_key); $n++) {
if (isset($src_result_set[0][$is_key[$n]])) {
$update_array[$matching_table_index][$update_row][$is_key[$n]] = $src_result_set[0][$is_key[$n]];
}
}
}
$update_array[$matching_table_index][$update_row][$update_field] = $fld[$m];
$update_field++;
if (isset($src_result_set[0][$fld[$m]])) {
$update_array[$matching_table_index][$update_row][$update_field] = $src_result_set[0][$fld[$m]];
$update_field++;
}
$starting_index = $m;
$update_row++;
}
} else {
if (count($is_key) == 1) {
if ($source_result_set[$j]) {
$update_array[$matching_table_index][$update_row][$is_key[0]] = $source_result_set[$j];
}
} elseif (count($is_key) > 1) {
for ($n = 0; $n < count($is_key); $n++) {
if (isset($src_result_set[0][$is_key[$n]])) {
$update_array[$matching_table_index][$update_row][$is_key[$n]] = $src_result_set[0][$is_key[$n]];
}
}
}
$update_array[$matching_table_index][$update_row][$update_field] = $fld[$m];
$update_field++;
if (isset($src_result_set[0][$fld[$m]])) {
$update_array[$matching_table_index][$update_row][$update_field] = $src_result_set[0][$fld[$m]];
$update_field++;
}
$starting_index = $m;
$update_row++;
}
}
}
for ($m = $starting_index + 1; $m < $fields_num[$matching_table_index] ; $m++) {
if (isset($src_result_set[0][$fld[$m]])) {
if (isset($target_result_set[0][$fld[$m]])) {
if (($src_result_set[0][$fld[$m]] != $target_result_set[0][$fld[$m]]) && (!(in_array($fld[$m], $is_key)))) {
$update_row--;
$update_array[$matching_table_index][$update_row][$update_field] = $fld[$m];
$update_field++;
if ($src_result_set[0][$fld[$m]]) {
$update_array[$matching_table_index][$update_row][$update_field] = $src_result_set[0][$fld[$m]];
$update_field++;
}
$update_row++;
}
} else {
$update_row--;
$update_array[$matching_table_index][$update_row][$update_field] = $fld[$m];
$update_field++;
if ($src_result_set[0][$fld[$m]]) {
$update_array[$matching_table_index][$update_row][$update_field] = $src_result_set[0][$fld[$m]];
$update_field++;
}
$update_row++;
}
}
}
} else {
/**
* Placing the primary key, and the value of primary key of the
* row that is to be inserted in the target table
*/
if (count($is_key) == 1) {
if (isset($source_result_set[$j])) {
$insert_array[$matching_table_index][$insert_row][$is_key[0]] = $source_result_set[$j];
}
} elseif (count($is_key) > 1) {
for ($l = 0; $l < count($is_key); $l++) {
if (isset($source_result_set[$j][$matching_tables_fields[$matching_table_index][$l]])) {
$insert_array[$matching_table_index][$insert_row][$is_key[$l]] = $source_result_set[$j][$matching_tables_fields[$matching_table_index][$l]];
}
}
}
$insert_row++;
}
} else {
/**
* Placing the primary key, and the value of primary key of the
* row that is to be inserted in the target table. This
* condition is met when there is an additional column in the
* source table
*/
if (count($is_key) == 1) {
if (isset($source_result_set[$j])) {
$insert_array[$matching_table_index][$insert_row][$is_key[0]] = $source_result_set[$j];
}
} elseif (count($is_key) > 1) {
for ($l = 0; $l < count($is_key); $l++) {
if (isset($source_result_set[$j][$matching_tables_fields[$matching_table_index][$l]])) {
$insert_array[$matching_table_index][$insert_row][$is_key[$l]] = $source_result_set[$j][$matching_tables_fields[$matching_table_index][$l]];
}
}
}
$insert_row++;
}
} // for loop ends
}
}
/**
* Finds the rows which are to be deleted from target table.
*
* @param array &$delete_array array containing rows that are to be deleted
* @param array $matching_table array containing matching table names
* @param int $matching_table_index index of a table from $matching_table array
* @param array $trg_keys array of target table keys
* @param array $src_keys array of source table keys
* @param string $trg_db name of target database
* @param db_link $trg_link connection established with target server
* @param string $src_db name of source database
* @param db_link $src_link connection established with source server
*
* @return void
*/
function PMA_findDeleteRowsFromTargetTables(&$delete_array, $matching_table,
$matching_table_index, $trg_keys, $src_keys, $trg_db, $trg_link, $src_db, $src_link
) {
if (isset($trg_keys[$matching_table_index])) {
$target_key_values = PMA_getColumnValues($trg_db, $matching_table[$matching_table_index], $trg_keys[$matching_table_index], $trg_link);
}
if (isset($src_keys[$matching_table_index])) {
$source_key_values = PMA_getColumnValues($src_db, $matching_table[$matching_table_index], $src_keys[$matching_table_index], $src_link);
}
$all_keys_match = 1;
for ($a = 0; $a < count($trg_keys[$matching_table_index]); $a++) {
if (isset($trg_keys[$matching_table_index][$a])) {
if (! (in_array($trg_keys[$matching_table_index][$a], $src_keys[$matching_table_index]))) {
$all_keys_match = 0;
}
}
}
if (! ($all_keys_match)) {
if (isset($target_key_values)) {
$delete_array[$matching_table_index] = $target_key_values;
}
}
if (isset($trg_keys[$matching_table_index])) {
if ((count($trg_keys[$matching_table_index]) == 1) && $all_keys_match) {
$row = 0;
if (isset($target_key_values)) {
for ($i = 0; $i < count($target_key_values); $i++) {
if (! (in_array($target_key_values[$i], $source_key_values))) {
$delete_array[$matching_table_index][$row] = $target_key_values[$i];
$row++;
}
}
}
} elseif ((count($trg_keys[$matching_table_index]) > 1) && $all_keys_match) {
$row = 0;
if (isset($target_key_values)) {
for ($i = 0; $i < count($target_key_values); $i++) {
$is_present = false;
for ($j = 0; $j < count($source_key_values) && ($is_present == false) ; $j++) {
$check = true;
for ($k = 0; $k < count($trg_keys[$matching_table_index]); $k++) {
if ($target_key_values[$i][$trg_keys[$matching_table_index][$k]] != $source_key_values[$j][$trg_keys[$matching_table_index][$k]]) {
$check = false;
}
}
if ($check) {
$is_present = true;
}
}
if (! ($is_present)) {
for ($l = 0; $l < count($trg_keys[$matching_table_index]); $l++) {
$delete_array[$matching_table_index][$row][$trg_keys[$matching_table_index][$l]] = $target_key_values[$i][$trg_keys[$matching_table_index][$l]];
}
$row++;
}
}
}
}
}
}
/**
* PMA_dataDiffInUncommonTables() finds the data difference in
* $source_tables_uncommon
*
* @param array $source_tables_uncommon table names that are in source db and not
* in target db
* @param string $src_db name of source database
* @param mixed $src_link connection established with source server
* @param int $index index of a table from $matching_table array
* @param array &$row_count number of rows
*
* @return void
*/
function PMA_dataDiffInUncommonTables($source_tables_uncommon, $src_db, $src_link, $index, &$row_count)
{
$query = "SELECT COUNT(*) FROM " . PMA_Util::backquote($src_db) . "."
. PMA_Util::backquote($source_tables_uncommon[$index]);
$rows = PMA_DBI_fetch_result($query, null, null, $src_link);
$row_count[$index] = $rows[0];
}
/**
* PMA_updateTargetTables() sets the updated field values to
* target table rows using $update_array[$matching_table_index]
*
* @param array $table Matching tables' names
* @param array $update_array A three dimensional array containing field
* value updates required for each matching
* table
* @param string $src_db Name of source database
* @param string $trg_db Name of target database
* @param mixed $trg_link Connection established with target server
* @param int $matching_table_index index of matching table in
* matching_table_array
* @param array $matching_table_keys matching keys for table
* @param bool $display whether to display query
*
* @return void
*/
function PMA_updateTargetTables(
$table, $update_array, $src_db, $trg_db,
$trg_link, $matching_table_index, $matching_table_keys, $display
) {
if (isset($update_array[$matching_table_index])) {
if (count($update_array[$matching_table_index])) {
for ($update_row = 0; $update_row < count($update_array[$matching_table_index]); $update_row++) {
if (isset($update_array[$matching_table_index][$update_row])) {
$update_fields_num = count($update_array[$matching_table_index][$update_row])-count($matching_table_keys[$matching_table_index]);
if ($update_fields_num > 0) {
$query = "UPDATE " . PMA_Util::backquote($trg_db) . "." .PMA_Util::backquote($table[$matching_table_index]) . " SET ";
for ($update_field = 0; $update_field < $update_fields_num; $update_field = $update_field+2) {
if (isset($update_array[$matching_table_index][$update_row][$update_field]) && isset($update_array[$matching_table_index][$update_row][$update_field+1])) {
$query .= PMA_Util::backquote($update_array[$matching_table_index][$update_row][$update_field]) . "='" . $update_array[$matching_table_index][$update_row][$update_field+1] . "'";
}
if ($update_field < ($update_fields_num - 2)) {
$query .= ", ";
}
}
$query .= " WHERE ";
if (isset($matching_table_keys[$matching_table_index])) {
for ($key = 0; $key < count($matching_table_keys[$matching_table_index]); $key++) {
if (isset($matching_table_keys[$matching_table_index][$key])) {
$query .= PMA_Util::backquote($matching_table_keys[$matching_table_index][$key]) . "='" . $update_array[$matching_table_index][$update_row][$matching_table_keys[$matching_table_index][$key]] . "'";
}
if ($key < (count($matching_table_keys[$matching_table_index]) - 1)) {
$query .= " AND ";
}
}
}
$query .= ';';
if ($display == true) {
echo "<p>" . $query . "</p>";
}
PMA_DBI_try_query($query, $trg_link, 0);
}
}
}
}
}
}
/**
* PMA_insertIntoTargetTable() inserts missing rows in the target table
* using $array_insert[$matching_table_index]
*
* @param array $matching_table matching table names
* @param string $src_db name of source database
* @param string $trg_db name of target database
* @param mixed $src_link connection established with source server
* @param mixed $trg_link connection established with target server
* @param array $table_fields field names of a table
* @param array &$array_insert
* @param int $matching_table_index index of matching table in
* matching_table_array
* @param array $matching_tables_keys field names that are keys in the matching
* table
* @param array $source_columns source column information
* @param array &$add_column_array column names that are to be added in
* target table
* @param array $criteria criteria like type, null, collation,
* default etc
* @param array $target_tables_keys field names that are keys in the target
* table
* @param array $uncommon_tables table names that are present in source db
* but not in targt db
* @param array &$uncommon_tables_fields field names of the uncommon tables
* @param array $uncommon_cols column names that are present in target
* table and not in source table
* @param array &$alter_str_array column names that are to be altered
* @param array &$source_indexes column names on which indexes are made
* in source table
* @param array &$target_indexes column names on which indexes are made
* in target table
* @param array &$add_indexes_array column names on which index is to be
* added in target table
* @param array &$alter_indexes_array column names whose indexes are to be
* altered. Only index name and uniqueness
* of an index can be changed
* @param array &$delete_array rows that are to be deleted
* @param array &$update_array rows that are to be updated in target
* @param bool $display whether to display query
*
* @return void
*
* @todo this function uses undefined variables and is possibly broken:
* $matching_tables, $matching_tables_fields, $remove_indexes_array,
* $matching_table_keys
*/
function PMA_insertIntoTargetTable($matching_table, $src_db, $trg_db, $src_link,
$trg_link, $table_fields, &$array_insert, $matching_table_index,
$matching_tables_keys, $source_columns, &$add_column_array, $criteria,
$target_tables_keys, $uncommon_tables, &$uncommon_tables_fields, $uncommon_cols,
&$alter_str_array, &$source_indexes, &$target_indexes, &$add_indexes_array,
&$alter_indexes_array, &$delete_array, &$update_array, $display
) {
if (isset($array_insert[$matching_table_index])) {
if (count($array_insert[$matching_table_index])) {
for ($insert_row = 0; $insert_row< count($array_insert[$matching_table_index]); $insert_row++) {
if (isset($array_insert[$matching_table_index][$insert_row][$matching_tables_keys[$matching_table_index][0]])) {
$select_query = "SELECT * FROM " . PMA_Util::backquote($src_db) . "." . PMA_Util::backquote($matching_table[$matching_table_index]) . " WHERE ";
for ($i = 0; $i < count($matching_tables_keys[$matching_table_index]); $i++) {
$select_query .= $matching_tables_keys[$matching_table_index][$i] . "='";
$select_query .= $array_insert[$matching_table_index][$insert_row][$matching_tables_keys[$matching_table_index][$i]] . "'" ;
if ($i < (count($matching_tables_keys[$matching_table_index]) - 1)) {
$select_query.= " AND ";
}
}
$select_query .= "; ";
$result = PMA_DBI_fetch_result($select_query, null, null, $src_link);
$insert_query = "INSERT INTO " . PMA_Util::backquote($trg_db) . "." . PMA_Util::backquote($matching_table[$matching_table_index]) ." (";
for ($field_index = 0; $field_index < count($table_fields[$matching_table_index]); $field_index++) {
$insert_query .= PMA_Util::backquote($table_fields[$matching_table_index][$field_index]);
$is_fk_query = "SELECT * FROM information_schema.KEY_COLUMN_USAGE WHERE TABLE_SCHEMA = '" . $trg_db ."'
AND TABLE_NAME = '" . $matching_table[$matching_table_index]. "'AND COLUMN_NAME = '" .
$table_fields[$matching_table_index][$field_index] . "' AND TABLE_NAME <> REFERENCED_TABLE_NAME;" ;
$is_fk_result = PMA_DBI_fetch_result($is_fk_query, null, null, $trg_link);
if (count($is_fk_result) > 0) {
for ($j = 0; $j < count($is_fk_result); $j++) {
$table_index = array_keys($matching_table, $is_fk_result[$j]['REFERENCED_TABLE_NAME']);
if (isset($alter_str_array[$table_index[0]])) {
PMA_alterTargetTableStructure(
$trg_db, $trg_link, $matching_tables,
$source_columns, $alter_str_array,
$matching_tables_fields,
$criteria, $matching_tables_keys,
$target_tables_keys, $table_index[0],
$display
);
unset($alter_str_array[$table_index[0]]);
}
if (isset($uncommon_columns[$table_index[0]])) {
PMA_removeColumnsFromTargetTable(
$trg_db, $trg_link, $matching_tables,
$uncommon_columns, $table_index[0], $display
);
unset($uncommon_columns[$table_index[0]]);
}
if (isset($add_column_array[$table_index[0]])) {
PMA_findDeleteRowsFromTargetTables(
$delete_array, $matching_tables,
$table_index[0], $target_tables_keys,
$matching_tables_keys, $trg_db,
$trg_link, $src_db, $src_link
);
if (isset($delete_array[$table_index[0]])) {
PMA_deleteFromTargetTable(
$trg_db, $trg_link, $matching_tables,
$table_index[0], $target_tables_keys,
$delete_array, $display
);
unset($delete_array[$table_index[0]]);
}
PMA_addColumnsInTargetTable(
$src_db, $trg_db, $src_link, $trg_link,
$matching_tables, $source_columns,
$add_column_array, $matching_tables_fields,
$criteria, $matching_tables_keys,
$target_tables_keys, $uncommon_tables,
$uncommon_tables_fields, $table_index[0],
$uncommon_cols, $display
);
unset($add_column_array[$table_index[0]]);
}
if (isset($add_indexes_array[$table_index[0]])
|| isset($remove_indexes_array[$table_index[0]])
|| isset($alter_indexes_array[$table_index[0]])
) {
PMA_applyIndexesDiff(
$trg_db, $trg_link, $matching_tables,
$source_indexes, $target_indexes,
$add_indexes_array, $alter_indexes_array,
$remove_indexes_array, $table_index[0],
$display
);
unset($add_indexes_array[$table_index[0]]);
unset($alter_indexes_array[$table_index[0]]);
unset($remove_indexes_array[$table_index[0]]);
}
if (isset($update_array[$table_index[0]])) {
PMA_updateTargetTables(
$matching_tables, $update_array,
$src_db, $trg_db, $trg_link,
$table_index[0], $matching_table_keys,
$display
);
unset($update_array[$table_index[0]]);
}
if (isset($array_insert[$table_index[0]])) {
PMA_insertIntoTargetTable(
$matching_table, $src_db, $trg_db,
$src_link, $trg_link, $table_fields,
$array_insert, $table_index[0],
$matching_tables_keys, $source_columns,
$add_column_array, $criteria,
$target_tables_keys, $uncommon_tables,
$uncommon_tables_fields, $uncommon_cols,
$alter_str_array, $source_indexes,
$target_indexes, $add_indexes_array,
$alter_indexes_array, $delete_array,
$update_array, $display
);
unset($array_insert[$table_index[0]]);
}
}
}
if ($field_index < count($table_fields[$matching_table_index])-1) {
$insert_query .= ", ";
}
}
$insert_query .= ") VALUES(";
if (count($table_fields[$matching_table_index]) == 1) {
$insert_query .= "'" . PMA_Util::sqlAddSlashes($result[0]) . "'";
} else {
for ($field_index = 0; $field_index < count($table_fields[$matching_table_index]); $field_index++) {
if (isset($result[0][$table_fields[$matching_table_index][$field_index]])) {
$insert_query .= "'" . PMA_Util::sqlAddSlashes($result[0][$table_fields[$matching_table_index][$field_index]]) . "'";
} else {
$insert_query .= "'NULL'";
}
if ($field_index < (count($table_fields[$matching_table_index])) - 1) {
$insert_query .= " ," ;
}
}
}
$insert_query .= ");";
if ($display == true) {
PMA_displayQuery($insert_query);
}
PMA_DBI_try_query($insert_query, $trg_link, 0);
}
}
}
}
}
/**
* PMA_createTargetTables() Create the missing table $uncommon_table in
* target database
*
* @param string $src_db name of source database
* @param string $trg_db name of target database
* @param mixed $src_link connection established with source server
* @param mixed $trg_link connection established with target server
* @param array &$uncommon_tables names of tables present in source but
* not in target
* @param int $table_index index of table in $uncommon_tables array
* @param array &$uncommon_tables_fields field names of the uncommon table
* @param bool $display whether to display query
*
* @return void
*/
function PMA_createTargetTables($src_db, $trg_db, $src_link, $trg_link,
&$uncommon_tables, $table_index, &$uncommon_tables_fields, $display
) {
if (isset($uncommon_tables[$table_index])) {
$fields_result = PMA_DBI_get_columns(
$src_db,
$uncommon_tables[$table_index],
null,
true,
$src_link
);
$fields = array();
foreach ($fields_result as $each_field) {
$field_name = $each_field['Field'];
$fields[] = $field_name;
}
$uncommon_tables_fields[$table_index] = $fields;
$Create_Query = PMA_DBI_fetch_value(
"SHOW CREATE TABLE " . PMA_Util::backquote($src_db) . '.'
. PMA_Util::backquote($uncommon_tables[$table_index]),
0,
1,
$src_link
);
// Replace the src table name with a `dbname`.`tablename`
$Create_Table_Query = preg_replace(
'/' . preg_quote(PMA_Util::backquote($uncommon_tables[$table_index]), '/') . '/',
PMA_Util::backquote($trg_db) . '.' . PMA_Util::backquote($uncommon_tables[$table_index]),
$Create_Query,
$limit = 1
);
$is_fk_query = "SELECT * FROM information_schema.KEY_COLUMN_USAGE WHERE TABLE_SCHEMA = '" . $src_db . "'
AND TABLE_NAME = '" . $uncommon_tables[$table_index] . "' AND TABLE_NAME <> REFERENCED_TABLE_NAME;" ;
$is_fk_result = PMA_DBI_fetch_result($is_fk_query, null, null, $src_link);
if (count($is_fk_result) > 0) {
for ($j = 0; $j < count($is_fk_result); $j++) {
if (in_array($is_fk_result[$j]['REFERENCED_TABLE_NAME'], $uncommon_tables)) {
$table_index = array_keys($uncommon_tables, $is_fk_result[$j]['REFERENCED_TABLE_NAME']);
PMA_createTargetTables($src_db, $trg_db, $trg_link, $src_link, $uncommon_tables, $table_index[0], $uncommon_tables_fields, $display);
unset($uncommon_tables[$table_index[0]]);
}
}
}
$Create_Table_Query .= ';';
if ($display == true) {
echo '<p>' . $Create_Table_Query . '</p>';
}
PMA_DBI_try_query($Create_Table_Query, $trg_link, 0);
}
}
/**
* PMA_populateTargetTables() inserts data into uncommon tables after they have
* been created
*
* @param string $src_db name of source database
* @param string $trg_db name of target database
* @param mixed $src_link connection established with source server
* @param mixed $trg_link connection established with target server
* @param array $uncommon_tables uncommon table names (table names that
* are present in source but not in target db)
* @param int $table_index index of table in matching_table_array
* @param array $uncommon_tables_fields field names of the uncommon table
* @param bool $display whether to display query
*
* @return void
*
* @todo This turns NULL values into '' (empty string)
*/
function PMA_populateTargetTables($src_db, $trg_db, $src_link, $trg_link,
$uncommon_tables, $table_index, $uncommon_tables_fields, $display
) {
// @todo: maybe display some of the queries if they are not too numerous
$display = false;
$unbuffered_result = PMA_DBI_try_query(
'SELECT * FROM ' . PMA_Util::backquote($src_db) . '.'
. PMA_Util::backquote($uncommon_tables[$table_index]),
$src_link,
PMA_DBI_QUERY_UNBUFFERED
);
if (false !== $unbuffered_result) {
$insert_query = 'INSERT INTO ' . PMA_Util::backquote($trg_db) . '.'
. PMA_Util::backquote($uncommon_tables[$table_index]) . ' VALUES';
while ($one_row = PMA_DBI_fetch_row($unbuffered_result)) {
$insert_query .= '(';
$key_of_last_value = count($one_row) - 1;
foreach ($one_row as $key => $value) {
$insert_query .= "'" . PMA_Util::sqlAddSlashes($value) . "'";
if ($key < $key_of_last_value) {
$insert_query .= ",";
}
}
$insert_query .= '),';
}
$insert_query = substr($insert_query, 0, -1);
$insert_query .= ';';
if ($display == true) {
PMA_displayQuery($insert_query);
}
PMA_DBI_try_query($insert_query, $trg_link, 0);
}
}
/**
* Deletes rows from target table
*
* @param string $trg_db name of target database
* @param mixed $trg_link connection established with target server
* @param array $matching_tables matching table names
* @param int $table_index index of table in matching_table_array
* @param array $target_tables_keys primary key names of the target tables
* @param array $delete_array key values of rows that are to be deleted
* @param bool $display whether to display query
*
* @return void
*/
function PMA_deleteFromTargetTable($trg_db, $trg_link, $matching_tables,
$table_index, $target_tables_keys, $delete_array, $display
) {
for ($i = 0; $i < count($delete_array[$table_index]); $i++) {
if (isset($target_tables_keys[$table_index])) {
$delete_query = 'DELETE FROM ' . PMA_Util::backquote($trg_db) . '.' .PMA_Util::backquote($matching_tables[$table_index]) . ' WHERE ';
for ($y = 0; $y < count($target_tables_keys[$table_index]); $y++) {
$delete_query .= PMA_Util::backquote($target_tables_keys[$table_index][$y]) . " = '";
if (count($target_tables_keys[$table_index]) == 1) {
$delete_query .= $delete_array[$table_index][$i] . "'";
} elseif (count($target_tables_keys[$table_index]) > 1) {
$delete_query .= $delete_array[$table_index][$i][$target_tables_keys[$table_index][$y]] . "'";
}
if ($y < (count($target_tables_keys[$table_index]) - 1)) {
$delete_query .= ' AND ';
}
$pk_query = "SELECT * FROM information_schema.KEY_COLUMN_USAGE WHERE REFERENCED_TABLE_SCHEMA = '" . $trg_db . "'
AND REFERENCED_TABLE_NAME = '" . $matching_tables[$table_index]."' AND REFERENCED_COLUMN_NAME = '"
. $target_tables_keys[$table_index][$y] . "' AND TABLE_NAME <> REFERENCED_TABLE_NAME;";
$pk_query_result = PMA_DBI_fetch_result($pk_query, null, null, $trg_link);
$result_size = count($pk_query_result);
if ($result_size > 0) {
for ($b = 0; $b < $result_size; $b++) {
$drop_pk_query = "DELETE FROM "
. PMA_Util::backquote($pk_query_result[$b]['TABLE_SCHEMA'])
. "."
. PMA_Util::backquote($pk_query_result[$b]['TABLE_NAME'])
. " WHERE "
. PMA_Util::backquote($pk_query_result[$b]['COLUMN_NAME'])
. " = " . $target_tables_keys[$table_index][$y] . ";";
PMA_DBI_try_query($drop_pk_query, $trg_link, 0);
}
}
}
}
if ($display == true) {
echo '<p>' . $delete_query . '</p>';
}
PMA_DBI_try_query($delete_query, $trg_link, 0);
}
}
/**
* Gets all the column information for source and target table.
* Compare columns on their names.
* If column exists in target then compare Type, Null, Collation, Key, Default and
* Comment for that column.
* If column does not exist in target table then it is placed in $add_column_array.
* If column exists in target table but criteria is different then it is palced
* in $alter_str_array.
* If column does not exist in source table but is present in target table then
* it is placed in $uncommon_columns.
* Keys for all the source tables that have a corresponding target table are
* placed in $matching_tables_keys.
* Keys for all the target tables that have a corresponding source table are
* placed in $target_tables_keys.
*
* @param string $src_db name of source database
* @param string $trg_db name of target database
* @param mixed $src_link connection established with source server
* @param mixed $trg_link connection established with target server
* @param array $matching_tables names of matching tables
* @param array &$source_columns columns information of the source tables
* @param array &$target_columns columns information of the target tables
* @param array &$alter_str_array three dimensional associative array first
* index being the matching table index,
* second index being column name for which
* target column have some criteria different
* and third index containing the criteria
* which is different.
* @param array &$add_column_array two dimensional associative array, first
* index of the array contain the matching
* table number and second index contain the
* column name which is to be added in the
* target table
* @param array &$uncommon_columns columns that are present in the target table
* but not in the source table
* @param array $criteria criteria which are to be checked for field
* that is present in source table and
* target table
* @param array &$target_tables_keys field names which is key in the target table
* @param int $matching_table_index number of the matching table
*
* @return void
*/
function PMA_structureDiffInTables($src_db, $trg_db, $src_link, $trg_link,
$matching_tables, &$source_columns, &$target_columns, &$alter_str_array,
&$add_column_array, &$uncommon_columns, $criteria, &$target_tables_keys,
$matching_table_index
) {
//Gets column information for source and target table
$source_columns[$matching_table_index] = PMA_DBI_get_columns_full(
$src_db,
$matching_tables[$matching_table_index],
null,
$src_link
);
$target_columns[$matching_table_index] = PMA_DBI_get_columns_full(
$trg_db,
$matching_tables[$matching_table_index],
null,
$trg_link
);
foreach ($source_columns[$matching_table_index] as $column_name => $each_column) {
if (isset($target_columns[$matching_table_index][$column_name]['Field'])) {
//If column exists in target table then matches criteria like type,
// null, collation, key, default, comment of the column
for ($i = 0; $i < count($criteria); $i++) {
if ($source_columns[$matching_table_index][$column_name][$criteria[$i]] != $target_columns[$matching_table_index][$column_name][$criteria[$i]]) {
if (($criteria[$i] == 'Default') && ($source_columns[$matching_table_index][$column_name][$criteria[$i]] == '' )) {
$alter_str_array[$matching_table_index][$column_name][$criteria[$i]] = 'None';
} else {
if (! (($criteria[$i] == 'Key') && (($source_columns[$matching_table_index][$column_name][$criteria[$i]] == 'MUL')
|| ($target_columns[$matching_table_index][$column_name][$criteria[$i]] == 'MUL')
|| ($source_columns[$matching_table_index][$column_name][$criteria[$i]] == 'UNI')
|| ($target_columns[$matching_table_index][$column_name][$criteria[$i]] == 'UNI')))
) {
$alter_str_array[$matching_table_index][$column_name][$criteria[$i]] = $source_columns[$matching_table_index][$column_name][$criteria[$i]];
}
}
}
}
} else {
$add_column_array[$matching_table_index][$column_name]= $column_name;
}
}
//Finds column names that are present in target table but not in source table
foreach ($target_columns[$matching_table_index] as $fld_name => $each_column) {
if (! (isset($source_columns[$matching_table_index][$fld_name]['Field']))) {
$fields_uncommon[] = $fld_name;
}
if ($target_columns[$matching_table_index][$fld_name]['Key'] == 'PRI') {
$keys[] = $fld_name;
}
}
if (isset($fields_uncommon)) {
$uncommon_columns[$matching_table_index] = $fields_uncommon;
}
if (isset($keys)) {
$target_tables_keys[$matching_table_index] = $keys;
}
}
/**
* Adds column that are present in source table but not in target table
*
* @param string $src_db name of source database
* @param string $trg_db name of target database
* @param mixed $src_link connection established with source server
* @param mixed $trg_link connection established with target server
* @param array $matching_tables names of matching tables
* @param array $source_columns columns information of the source tables
* @param array &$add_column_array the names of the column(field) that are
* to be added in the target
* @param array $matching_tables_fields
* @param array $criteria criteria
* @param array $matching_tables_keys field names which is key in the source
* table
* @param array $target_tables_keys field names which is key in the target
* table
* @param array $uncommon_tables table names that are present in source
* db and not in target db
* @param array &$uncommon_tables_fields names of the fields of the uncommon tables
* @param int $table_counter number of the matching table
* @param array $uncommon_cols
* @param bool $display whether to display query
*
* @return void
*/
function PMA_addColumnsInTargetTable($src_db, $trg_db, $src_link, $trg_link,
$matching_tables, $source_columns, &$add_column_array, $matching_tables_fields,
$criteria, $matching_tables_keys, $target_tables_keys, $uncommon_tables,
&$uncommon_tables_fields, $table_counter, $uncommon_cols, $display
) {
for ($i = 0; $i < count($matching_tables_fields[$table_counter]); $i++) {
if (isset($add_column_array[$table_counter][$matching_tables_fields[$table_counter][$i]])) {
$query = "ALTER TABLE " . PMA_Util::backquote($trg_db) . '.' . PMA_Util::backquote($matching_tables[$table_counter]). " ADD COLUMN " .
PMA_Util::backquote($add_column_array[$table_counter][$matching_tables_fields[$table_counter][$i]]) . " " . $source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Type'];
if ($source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Null'] == 'NO') {
$query .= ' Not Null ';
} elseif ($source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Null'] == 'YES') {
$query .= ' Null ';
}
if ($source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Collation'] != '') {
$query .= ' COLLATE ' . $source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Collation'];
}
if ($source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Default'] != '') {
$query .= " DEFAULT " . $source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Default'];
}
if ($source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Comment'] != '') {
$query .= " COMMENT " . $source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Comment'];
}
if ($source_columns[$table_counter][$matching_tables_fields[$table_counter][$i]]['Key'] == 'PRI' ) {
$trg_key_size = count($target_tables_keys[$table_counter]);
if ($trg_key_size) {
$check = true;
for ($a = 0; ($a < $trg_key_size) && ($check); $a++) {
if (! (in_array($target_tables_keys[$table_counter], $uncommon_cols))) {
$check = false;
}
}
if (! $check) {
$query .= " ,DROP PRIMARY KEY " ;
}
}
$query .= " , ADD PRIMARY KEY (";
for ($t = 0; $t < count($matching_tables_keys[$table_counter]); $t++) {
$query .= PMA_Util::backquote($matching_tables_keys[$table_counter][$t]);
if ($t < (count($matching_tables_keys[$table_counter]) - 1)) {
$query .= " , " ;
}
}
$query .= ")";
}
$query .= ";";
if ($display == true) {
echo '<p>' . $query . '</p>';
}
PMA_DBI_try_query($query, $trg_link, 0);
// Checks if column to be added is a foreign key or not
$is_fk_query = "SELECT * FROM information_schema.KEY_COLUMN_USAGE WHERE TABLE_SCHEMA = '" . $trg_db . "' AND TABLE_NAME = '"
. $matching_tables[$table_counter] . "' AND COLUMN_NAME ='" . $add_column_array[$table_counter][$matching_tables_fields[$table_counter][$i]] .
"' AND TABLE_NAME <> REFERENCED_TABLE_NAME;";
$is_fk_result = PMA_DBI_fetch_result($is_fk_query, null, null, $src_link);
// If column is a foreign key then it is checked that referenced table
// exist in target db. If referenced table does not exist in target
// db then it is created first.
if (isset($is_fk_result)) {
if (in_array($is_fk_result[0]['REFERENCED_TABLE_NAME'], $uncommon_tables)) {
$table_index = array_keys($uncommon_tables, $is_fk_result[0]['REFERENCED_TABLE_NAME']);
PMA_checkForeignKeys($src_db, $src_link, $trg_db, $trg_link, $is_fk_result[0]['REFERENCED_TABLE_NAME'], $uncommon_tables, $uncommon_tables_fields, $display);
PMA_createTargetTables($src_db, $trg_db, $trg_link, $src_link, $uncommon_tables, $table_index[0], $uncommon_tables_fields, $display);
unset($uncommon_tables[$table_index[0]]);
}
$fk_query = "ALTER TABLE " . PMA_Util::backquote($trg_db) . '.' . PMA_Util::backquote($matching_tables[$table_counter]) .
"ADD CONSTRAINT FOREIGN KEY " . PMA_Util::backquote($add_column_array[$table_counter][$matching_tables_fields[$table_counter][$i]]) . "
(" . $add_column_array[$table_counter][$matching_tables_fields[$table_counter][$i]] . ") REFERENCES " . PMA_Util::backquote($trg_db) .
'.' . PMA_Util::backquote($is_fk_result[0]['REFERENCED_TABLE_NAME']) . " (" . $is_fk_result[0]['REFERENCED_COLUMN_NAME'] . ");";
PMA_DBI_try_query($fk_query, $trg_link, null);
}
}
}
}
/**
* Checks if the referenced table have foreign keys.
* uses PMA_createTargetTables()
*
* @param string $src_db name of source database
* @param mixed $src_link connection established with source server
* @param string $trg_db name of target database
* @param mixed $trg_link connection established with target server
* @param string $referenced_table table whose column is a foreign key in
* another table
* @param array &$uncommon_tables names that are uncommon
* @param array &$uncommon_tables_fields field names of the uncommon table
* @param bool $display whether to display query
*
* @return void
*/
function PMA_checkForeignKeys($src_db, $src_link, $trg_db, $trg_link,
$referenced_table, &$uncommon_tables, &$uncommon_tables_fields, $display
) {
$is_fk_query = "SELECT * FROM information_schema.KEY_COLUMN_USAGE WHERE TABLE_SCHEMA = '" . $src_db . "'
AND TABLE_NAME = '" . $referenced_table . "' AND TABLE_NAME <> REFERENCED_TABLE_NAME;";
$is_fk_result = PMA_DBI_fetch_result($is_fk_query, null, null, $src_link);
if (count($is_fk_result) > 0) {
for ($j = 0; $j < count($is_fk_result); $j++) {
if (in_array($is_fk_result[$j]['REFERENCED_TABLE_NAME'], $uncommon_tables)) {
$table_index = array_keys($uncommon_tables, $is_fk_result[$j]['REFERENCED_TABLE_NAME']);
PMA_checkForeignKeys(
$src_db, $src_link, $trg_db, $trg_link, $is_fk_result[$j]['REFERENCED_TABLE_NAME'],
$uncommon_tables, $uncommon_tables_fields, $display
);
PMA_createTargetTables($src_db, $trg_db, $trg_link, $src_link, $uncommon_tables, $table_index[0], $uncommon_tables_fields, $display);
unset($uncommon_tables[$table_index[0]]);
}
}
}
}
/**
* Alters structure of the target table using $alter_str_array
*
* @param string $trg_db name of target database
* @param mixed $trg_link connection established with target server
* @param array $matching_tables names of matching tables
* @param array &$source_columns columns information of the source table
* @param array &$alter_str_array column name and criteria which is to be
* altered for the targert table
* @param array $matching_tables_fields name of the fields for the matching table
* @param array $criteria criteria
* @param array &$matching_tables_keys field names which is key in the source
* table
* @param array &$target_tables_keys field names which is key in the target
* table
* @param int $matching_table_index number of the matching table
* @param bool $display whether to display query
*
* @return void
*/
function PMA_alterTargetTableStructure($trg_db, $trg_link, $matching_tables,
&$source_columns, &$alter_str_array, $matching_tables_fields, $criteria,
&$matching_tables_keys, &$target_tables_keys, $matching_table_index, $display
) {
$check = true;
$sql_query = '';
$found = false;
//Checks if the criteria to be altered is primary key
for ($v = 0; $v < count($matching_tables_fields[$matching_table_index]); $v++) {
if (isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$v]]['Key'])) {
if ($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$v]]['Key'] == 'PRI' ) {
$check = false;
}
}
}
$pri_query = null;
if (! $check) {
$pri_query = "ALTER TABLE " . PMA_Util::backquote($trg_db) . '.' . PMA_Util::backquote($matching_tables[$matching_table_index]);
if (count($target_tables_keys[$matching_table_index]) > 0) {
$pri_query .= " DROP PRIMARY KEY ," ;
}
$pri_query .= " ADD PRIMARY KEY (";
for ($z = 0; $z < count($matching_tables_keys[$matching_table_index]); $z++) {
$pri_query .= PMA_Util::backquote($matching_tables_keys[$matching_table_index][$z]);
if ($z < (count($matching_tables_keys[$matching_table_index]) - 1)) {
$pri_query .= " , " ;
}
}
$pri_query .= ");";
}
if (isset($pri_query)) {
if ($display == true) {
echo '<p>' . $pri_query . '</p>';
}
PMA_DBI_try_query($pri_query, $trg_link, 0);
}
for ($t = 0; $t < count($matching_tables_fields[$matching_table_index]); $t++) {
if ((isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]])) && (count($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]]) > 0)) {
$sql_query = 'ALTER TABLE ' . PMA_Util::backquote($trg_db) . '.' . PMA_Util::backquote($matching_tables[$matching_table_index]) . ' MODIFY ' .
PMA_Util::backquote($matching_tables_fields[$matching_table_index][$t]) . ' ' . $source_columns[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]]['Type'];
$found = false;
for ($i = 0; $i < count($criteria); $i++) {
if (isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]]) && $criteria[$i] != 'Key') {
$found = true;
if (($criteria[$i] == 'Type') && (! isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i+1]]))) {
if ($source_columns[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i + 1]] == 'NO') {
$sql_query .= " Not Null" ;
} elseif ($source_columns[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i + 1]] == 'YES') {
$sql_query .= " Null" ;
}
}
if (($criteria[$i] == 'Null') && ( $alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]] == 'NO')) {
$sql_query .= " Not Null " ;
} elseif (($criteria[$i] == 'Null') && ($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]] == 'YES')) {
$sql_query .= " Null " ;
}
if ($criteria[$i] == 'Collation') {
if ( !(isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[2]]))) {
$sql_query .= " Not Null " ;
}
$sql_query .= " COLLATE " . $alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]] ;
}
if (($criteria[$i] == 'Default') && ($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]] == 'None')) {
if ( !(isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[2]]))) {
$sql_query .= " Not Null " ;
}
} elseif ($criteria[$i] == 'Default') {
if (! (isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[2]]))) {
$sql_query .= " Not Null " ;
}
if (is_string($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]])) {
if ($source_columns[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]]['Type'] != 'timestamp') {
$sql_query .= " DEFAULT '" . $alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]] . "'";
} elseif ($source_columns[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]]['Type'] == 'timestamp') {
$sql_query .= " DEFAULT " . $alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]];
}
} elseif (is_numeric($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]])) {
$sql_query .= " DEFAULT " . $alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]];
}
}
if ($criteria[$i] == 'Comment') {
if ( !(isset($alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[2]]))) {
$sql_query .= " Not Null " ;
}
$sql_query .= " COMMENT '" . $alter_str_array[$matching_table_index][$matching_tables_fields[$matching_table_index][$t]][$criteria[$i]] . "'" ;
}
}
}
}
$sql_query .= ";";
if ($found) {
if ($display == true) {
echo '<p>' . $sql_query . '</p>';
}
PMA_DBI_try_query($sql_query, $trg_link, 0);
}
}
$check = false;
$query = "ALTER TABLE " . PMA_Util::backquote($trg_db) . '.'
. PMA_Util::backquote($matching_tables[$matching_table_index]);
for ($p = 0; $p < count($matching_tables_keys[$matching_table_index]); $p++) {
if ((isset($alter_str_array[$matching_table_index][$matching_tables_keys[$matching_table_index][$p]]['Key']))) {
$check = true;
$query .= ' MODIFY ' . PMA_Util::backquote($matching_tables_keys[$matching_table_index][$p]) . ' '
. $source_columns[$matching_table_index][$matching_tables_fields[$matching_table_index][$p]]['Type'] . ' Not Null ';
if ($p < (count($matching_tables_keys[$matching_table_index]) - 1)) {
$query .= ', ';
}
}
}
$query .= ';';
if ($check) {
if ($display == true) {
echo '<p>' . $query . '</p>';
}
PMA_DBI_try_query($query, $trg_link, 0);
}
}
/**
* Removes the columns which are present in target table but not in source table.
*
* @param string $trg_db name of target database
* @param mixed $trg_link connection established with target server
* @param array $matching_tables names of matching tables
* @param array $uncommon_columns array containing the names of the column which
* are to be dropped from the target table
* @param int $table_counter index of the matching table as in
* $matchiing_tables array
* @param bool $display whether to display query
*
* @return void
*/
function PMA_removeColumnsFromTargetTable($trg_db, $trg_link, $matching_tables,
$uncommon_columns, $table_counter, $display
) {
if (isset($uncommon_columns[$table_counter])) {
$drop_query = "ALTER TABLE " . PMA_Util::backquote($trg_db) . "."
. PMA_Util::backquote($matching_tables[$table_counter]);
for ($a = 0; $a < count($uncommon_columns[$table_counter]); $a++) {
//Checks if column to be removed is a foreign key in any table
$pk_query = "SELECT * FROM information_schema.KEY_COLUMN_USAGE WHERE REFERENCED_TABLE_SCHEMA = '" . $trg_db . "'
AND REFERENCED_TABLE_NAME = '" . $matching_tables[$table_counter]."' AND REFERENCED_COLUMN_NAME = '"
. $uncommon_columns[$table_counter][$a] . "' AND TABLE_NAME <> REFERENCED_TABLE_NAME;";
$pk_query_result = PMA_DBI_fetch_result($pk_query, null, null, $trg_link);
$result_size = count($pk_query_result);
if ($result_size > 0) {
for ($b = 0; $b < $result_size; $b++) {
$drop_pk_query = "ALTER TABLE " . PMA_Util::backquote($pk_query_result[$b]['TABLE_SCHEMA']) . "." . PMA_Util::backquote($pk_query_result[$b]['TABLE_NAME']) . "
DROP FOREIGN KEY " . PMA_Util::backquote($pk_query_result[$b]['CONSTRAINT_NAME']) . ", DROP COLUMN " . PMA_Util::backquote($pk_query_result[$b]['COLUMN_NAME']) . ";";
PMA_DBI_try_query($drop_pk_query, $trg_link, 0);
}
}
$query = "SELECT * FROM information_schema.KEY_COLUMN_USAGE WHERE TABLE_SCHEMA = '" . $trg_db . "' AND TABLE_NAME = '"
. $matching_tables[$table_counter]. "' AND COLUMN_NAME = '" . $uncommon_columns[$table_counter][$a] . "'
AND TABLE_NAME <> REFERENCED_TABLE_NAME;";
$result = PMA_DBI_fetch_result($query, null, null, $trg_link);
if (count($result) > 0) {
$drop_query .= " DROP FOREIGN KEY " . PMA_Util::backquote($result[0]['CONSTRAINT_NAME']) . ",";
}
$drop_query .= " DROP COLUMN " . PMA_Util::backquote($uncommon_columns[$table_counter][$a]);
if ($a < (count($uncommon_columns[$table_counter]) - 1)) {
$drop_query .= " , " ;
}
}
$drop_query .= ";" ;
if ($display == true) {
echo '<p>' . $drop_query . '</p>';
}
PMA_DBI_try_query($drop_query, $trg_link, 0);
}
}
/**
* PMA_indexesDiffInTables() compares the source table indexes with target
* table indexes and keep the indexes to be added in target table in
* $add_indexes_array indexes to be altered in $alter_indexes_array and indexes
* to be removed from target table in $remove_indexes_array. Only keyname and
* uniqueness characteristic of the indexes are altered.
*
* @param string $src_db name of source database
* @param string $trg_db name of target database
* @param mixed $src_link connection established with source server
* @param mixed $trg_link connection established with target server
* @param array $matching_tables matching tables name
* @param array &$source_indexes indexes of the source table
* @param array &$target_indexes indexes of the target table
* @param array &$add_indexes_array name of the column on which the index
* is to be added in the target table
* @param array &$alter_indexes_array key name which needs to be altered
* @param array &$remove_indexes_array key name of the index which is to be
* removed from the target table
* @param int $table_counter number of the matching table
*
* @return void
*/
function PMA_indexesDiffInTables($src_db, $trg_db, $src_link, $trg_link,
$matching_tables, &$source_indexes, &$target_indexes, &$add_indexes_array,
&$alter_indexes_array, &$remove_indexes_array, $table_counter
) {
//Gets indexes information for source and target table
$source_indexes[$table_counter] = PMA_DBI_get_table_indexes($src_db, $matching_tables[$table_counter], $src_link);
$target_indexes[$table_counter] = PMA_DBI_get_table_indexes($trg_db, $matching_tables[$table_counter], $trg_link);
for ($a = 0; $a < count($source_indexes[$table_counter]); $a++) {
$found = false;
$z = 0;
//Compares key name and non_unique characteristic of source indexes with target indexes
/*
* @todo compare the length of each sub part
*/
while (($z <= count($target_indexes[$table_counter])) && ($found == false)) {
if (isset($source_indexes[$table_counter][$a]) && isset($target_indexes[$table_counter][$z]) && $source_indexes[$table_counter][$a]['Key_name'] == $target_indexes[$table_counter][$z]['Key_name']) {
$found = true;
if (($source_indexes[$table_counter][$a]['Column_name'] != $target_indexes[$table_counter][$z]['Column_name']) || ($source_indexes[$table_counter][$a]['Non_unique'] != $target_indexes[$table_counter][$z]['Non_unique'])) {
if (! (($source_indexes[$table_counter][$a]['Key_name'] == "PRIMARY") || ($target_indexes[$table_counter][$z]['Key_name'] == 'PRIMARY'))) {
$alter_indexes_array[$table_counter][] = $source_indexes[$table_counter][$a]['Key_name'];
}
}
}
$z++;
}
if ($found === false) {
if (! ($source_indexes[$table_counter][$a]['Key_name'] == 'PRIMARY')) {
$add_indexes_array [$table_counter][] = $source_indexes[$table_counter][$a]['Column_name'];
}
}
}
//Finds indexes that exist on target table but not on source table
for ($b = 0; $b < count($target_indexes[$table_counter]); $b++) {
$found = false;
$c = 0;
while (($c <= count($source_indexes[$table_counter])) && ($found == false)) {
if ($target_indexes[$table_counter][$b]['Column_name'] == $source_indexes[$table_counter][$c]['Column_name']) {
$found = true;
}
$c++;
}
if ($found === false) {
$remove_indexes_array[$table_counter][] = $target_indexes[$table_counter][$b]['Key_name'];
}
}
}
/**
* PMA_applyIndexesDiff() create indexes, alters indexes and remove indexes.
*
* @param string $trg_db name of target database
* @param mixed $trg_link connection established with target server
* @param array $matching_tables matching tables name
* @param array $source_indexes indexes of the source table
* @param array $target_indexes indexes of the target table
* @param array $add_indexes_array column names on which indexes are to be
* created in target table
* @param array $alter_indexes_array column names for which indexes are to be
* altered
* @param array $remove_indexes_array key name of the indexes which are to be
* removed from the target table
* @param int $table_counter number of the matching table
* @param bool $display whether to display query
*
* @return void
*/
function PMA_applyIndexesDiff($trg_db, $trg_link, $matching_tables, $source_indexes,
$target_indexes, $add_indexes_array, $alter_indexes_array,
$remove_indexes_array, $table_counter, $display
) {
//Adds indexes on target table
if (isset($add_indexes_array[$table_counter])) {
$sql = "ALTER TABLE " . PMA_Util::backquote($trg_db) . "." . PMA_Util::backquote($matching_tables[$table_counter]) . " ADD" ;
for ($a = 0; $a < count($source_indexes[$table_counter]); $a++) {
if (isset($add_indexes_array[$table_counter][$a])) {
for ($b = 0; $b < count($source_indexes[$table_counter]); $b++) {
if ($source_indexes[$table_counter][$b]['Column_name'] == $add_indexes_array[$table_counter][$a]) {
if ($source_indexes[$table_counter][$b]['Non_unique'] == '0') {
$sql .= " UNIQUE ";
}
$sql .= " INDEX " . PMA_Util::backquote($source_indexes[$table_counter][$b]['Key_name']) . " (" . $add_indexes_array[$table_counter][$a] . " );";
if ($display == true) {
echo '<p>' . $sql . '</p>';
}
PMA_DBI_try_query($sql, $trg_link, 0);
}
}
}
}
}
//Alter indexes of target table
if (isset($alter_indexes_array[$table_counter])) {
$query = "ALTER TABLE " . PMA_Util::backquote($trg_db) . "." . PMA_Util::backquote($matching_tables[$table_counter]);
for ($a = 0; $a < count($alter_indexes_array[$table_counter]); $a++) {
if (isset($alter_indexes_array[$table_counter][$a])) {
$query .= ' DROP INDEX ' . PMA_Util::backquote($alter_indexes_array[$table_counter][$a]) . " , ADD ";
$got_first_index_column = false;
for ($z = 0; $z < count($source_indexes[$table_counter]); $z++) {
if ($source_indexes[$table_counter][$z]['Key_name'] == $alter_indexes_array[$table_counter][$a]) {
if (! $got_first_index_column) {
if ($source_indexes[$table_counter][$z]['Non_unique'] == '0') {
$query .= " UNIQUE ";
}
$query .= " INDEX " . PMA_Util::backquote($source_indexes[$table_counter][$z]['Key_name']) . " (" . PMA_Util::backquote($source_indexes[$table_counter][$z]['Column_name']);
$got_first_index_column = true;
} else {
// another column for this index
$query .= ', ' . PMA_Util::backquote($source_indexes[$table_counter][$z]['Column_name']);
}
}
}
$query .= " )";
}
}
$query .= ';';
if ($display == true) {
echo '<p>' . $query . '</p>';
}
PMA_DBI_try_query($query, $trg_link, 0);
}
//Removes indexes from target table
if (isset($remove_indexes_array[$table_counter])) {
$drop_index_query = "ALTER TABLE " . PMA_Util::backquote($trg_db) . "." . PMA_Util::backquote($matching_tables[$table_counter]);
for ($a = 0; $a < count($target_indexes[$table_counter]); $a++) {
if (isset($remove_indexes_array[$table_counter][$a])) {
$drop_index_query .= " DROP INDEX " . PMA_Util::backquote($remove_indexes_array[$table_counter][$a]);
}
if ($a < (count($remove_indexes_array[$table_counter]) - 1)) {
$drop_index_query .= " , " ;
}
}
$drop_index_query .= " ; " ;
if ($display == true) {
echo '<p>' . $drop_index_query . '</p>';
}
PMA_DBI_try_query($drop_index_query, $trg_link, 0);
}
}
/**
* PMA_displayQuery() displays a query, taking the maximum display size
* into account
*
* @param string $query the query to display
*
* @return void
*/
function PMA_displayQuery($query)
{
if (strlen($query) > $GLOBALS['cfg']['MaxCharactersInDisplayedSQL']) {
$query = substr($query, 0, $GLOBALS['cfg']['MaxCharactersInDisplayedSQL']) . '[...]';
}
echo '<p>' . htmlspecialchars($query) . '</p>';
}
/**
* PMA_syncDisplayHeaderCompare() shows the header for source database
*
* @param string $src_db source db name
* @param string $trg_db target db name
*
* @return void
*/
function PMA_syncDisplayHeaderCompare($src_db, $trg_db)
{
echo '<fieldset style="padding:0"><div style="padding:1.5em; overflow:auto; height:220px">';
echo '<table class="data">';
echo '<tr>';
echo '<th>' . __('Source database') . ': '
. htmlspecialchars($src_db) . '<br />(';
if ('cur' == $_SESSION['src_type']) {
echo __('Current server');
} else {
echo __('Remote server') . ' '
. htmlspecialchars($_SESSION['src_server']['host']);
}
echo ')</th>';
echo '<th>' . __('Difference') . '</th>';
echo '<th>' . __('Target database') . ': '
. htmlspecialchars($trg_db) . '<br />(';
if ('cur' == $_SESSION['trg_type']) {
echo __('Current server');
} else {
echo __('Remote server') . ' '
. htmlspecialchars($_SESSION['trg_server']['host']);
}
echo ')</th>';
echo '</tr>';
}
/**
* Prints table row
*
* $rows contains following keys:
* - src_table_name - source server table name
* - dst_table_name - target server table name
* - btn_type - 'M' or 'U'
* - btn_structure - null or arguments for showDetails in server_synchronize.js
* (without img_obj and table_name):
* i, update_size, insert_size, remove_size, insert_index, remove_index
*
* @param array $rows
*
* @return void
*/
function PMA_syncDisplayDataCompare($rows)
{
global $pmaThemeImage;
$odd_row = true;
foreach ($rows as $row) {
echo '<tr class=" ' . ($odd_row ? 'odd' : 'even') . '">';
echo '<td>' . htmlspecialchars($row['src_table_name']) . '</td><td style="text-align:center">';
if (isset($row['btn_structure']) && $row['btn_structure']) {
// parameters: i, update_size, insert_size, remove_size, insert_index, remove_index
$p = $row['btn_structure'];
$p[0] = $row['btn_type'] . 'S' . $p[0];
echo '<img class="icon struct_img" src="' . $pmaThemeImage . 'new_struct.png" width="16" height="16"
alt="Structure" title="' . __('Click to select') . '" style="cursor:pointer" onclick="showDetails('
. "'" . implode($p, "','") . "'"
. ', this, ' . "'" . PMA_escapeJsString(htmlspecialchars($row['src_table_name'])) . "'" . ')" /> ';
}
if (isset($row['btn_data']) && $row['btn_data']) {
// parameters: i, update_size, insert_size, remove_size, insert_index, remove_index
$p = $row['btn_data'];
$p[0] = $row['btn_type'] . 'D' . $p[0];
echo '<img class="icon data_img" src="' . $pmaThemeImage . 'new_data.png" width="16" height="16"
alt="Data" title="' . __('Click to select') . '" style="cursor:pointer" onclick="showDetails('
. "'" . implode($p, "','") . "'"
. ', this, ' . "'" . PMA_escapeJsString(htmlspecialchars($row['src_table_name'])) . "'" . ')" />';
}
echo '</td><td>' . htmlspecialchars($row['dst_table_name']) . '</td></tr>';
$odd_row = !$odd_row;
}
}
/**
* Fetches column values
*
* @param string $database name of database
* @param string $table name of table to retrieve columns from
* @param string $column name of the column to retrieve data from
* @param mixed $link mysql link resource
*
* @return array $field_values
*/
function PMA_getColumnValues($database, $table, $column, $link = null)
{
$query = 'SELECT ';
for ($i = 0; $i < count($column); $i++) {
$query.= PMA_Util::backquote($column[$i]);
if ($i < (count($column)-1)) {
$query.= ', ';
}
}
$query.= ' FROM ' . PMA_Util::backquote($database) . '.' . PMA_Util::backquote($table);
$field_values = PMA_DBI_fetch_result($query, null, null, $link);
if (! is_array($field_values) || count($field_values) < 1) {
return false;
}
return $field_values;
}
?>
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